BenchMark ULTRA IHC/ISH System
This fully automated instrument offers 30 independent slide drawers and single-piece workflow - supporting the largest menu of 250+ ready-to-use assays.
IVD
For in vitro diagnostic use.

BenchMark ULTRA instrument benefits
Studies have shown that single piece workflow improves laboratory operational efficiency1 and the BenchMark ULTRA system - with its thirty independent slide drawers - helps to optimize laboratory workflow by giving histotechnologists continuous access to slide drawers. Single piece workflow maximizes both instrument capacity and laboratory throughput as it eliminates the need to batch samples. Single piece workflow also provides the flexibility to add time-sensitive slides to any available drawer throughout the day without disrupting staining runs in process.
Fully automated
- Standardized IHC and ISH staining
- Improve quality, workflow and testing efficiency
Flexibility
- Individually controlled slide heater pads enable users to run any assay side-by-side
- Customize time and temperature protocols for each individual slide position
Optimal quality
- Individual slide heaters, liquid coverslip and air vortex mixers provide an optimal puddle staining environment
- Sensitive detection chemistries and a broad portfolio of ready-to-use assays
Workflow
- Optimize throughput capacity with single piece workflow
- Increase laboratory productivity and reduce re-run rates
BenchMark ULTRA instrument features
- 30 slide positions
- Ability to add or remove bulk reagents and waste without interrupting cases in process
- 35 reagent positions
- Continuous and random slide processing to optimize laboratory workflow
Workflow features of the BenchMark Ultra
playicon
videoCtrl
/
fullScreen
Update Required
To play the media you will need to either update your browser to a recent version or update your
Flash plugin.
References
- See “Maximizing IHC/ISH capacity and throughput with continuous access and single piece flow” (2016 Australian laboratories study)